♦ With the addition of carbon nanotubes, this material can achieve high conductivity while maintaining a relatively low filler content.
◉ High thermal deformation temperature
◉ Good processability
◉ Inherent flame retardancy
◉ High energy radiation resistance
◉ Good sliding and wear resistance
◉ Good creep resistance
◉ Very good chemical resistance
◉ Resistance to hydrolysis and superheated steam
